Abstract: A wet gas measuring system for calculating mass and volume of a gas and a liquid independently and simultaneously, having one or two hollow bodies, each hollow body having conical section mount interrupting the flow of a mixture of gas and liquid, a conical area ratio changer conditioning the gas to a uniform geometric shape; a protruding dome upstream of the first conical area ratio changer; a ram inlet bore through the dome unaffected by changes in gas viscosity, changes in Reynolds' number, changes in gas and liquid turbulence, and an upstream static pressure sensor; downstream pressure sensor for detecting a differential pressure; a temperature sensor; a ram velocity sensor with a processor and computer instructions for calculating velocity and mass of the gas using a detachable and re-attachable conical area ratio changer.

Abstract: A wet gas measuring system for calculating mass and volume of a gas and a liquid independently and simultaneously, having one or two hollow bodies, each hollow body having conical section mount interrupting the flow of a mixture of gas and liquid, a conical area ratio changer conditioning the gas to a uniform geometric shape; a protruding dome upstream of the first conical area ratio changer; a ram inlet bore through the dome unaffected by changes in gas viscosity, changes in Reynolds' number, changes in gas and liquid turbulence, and an upstream static pressure sensor downstream pressure sensor for detecting a differential pressure; a temperature sensor; a ram velocity sensor with a processor and computer instructions for calculating velocity and mass of the gas using a detachable and re-attachable conical area ratio changer.

Abstract: A self-calibrating fluid measuring device for calculating density and velocity of a fluid. The device can have a hollow body with a chamber for receiving and emitting fluid, a ledge, a conical section mount positioned in the hollow body and secured to the ledge, a temperature sensor extending into a temperature port and an upstream static pressure sensor mounted in a static upstream pressure port, a downstream cone pressure drop sensor mounted in a downstream pressure port, and a ram velocity sensor mounted in a ram velocity port, which can all extend into the chamber. A detachable and re-attachable conical area ratio changer can be connected to the conical section mount having a central bore and a hollow fastener configured to align and center the detachable and re-attachable conical area ratio changer to the conical section mount during measurement.

Abstract: A fluid measuring device having a hollow body, a conical section mount, a support member, and a sensor mount as a single cast unit. The hollow body can have an exterior surface, an interior surface, and a chamber. The fluid measuring device can be connected to one or more conduits for receiving and emitting a fluid flow. The sensor mount can have ports for measuring pressure, temperature, and other diagnostics in the single cast unit. The fluid measuring device can have a detachable and re-attachable area ratio changer.

Abstract: The in-line sampler separator utilizes an improved method of measuring the gas, oil and water components in a fuel material mixture being processed at high pressure in a processing system. A sampling loop obtains mixture samples to be collected in a sampler. The sampler releases the collected sample to a separator tank when a certain volume has been reached. The tank operates at or below a pressure that allows the gas component to be released in gaseous form. The oil and water components separate within the tank, and their respective volumes are determined.